PeTa Models

These models and simulations have been tagged “PeTa”.

Simulating both the blanket (Greenhouse effect) & the cooling effect (PeTa) with the most simple model possible. More PeTa radiation will lower the Temperature on Earth. PeTa radiation is released when water changes from water vapor to liquid.  Trees evapoTranspirate a lot of water. More trees
PeTa
Simulating both the blanket (Greenhouse effect) & the cooling effect (PeTa) with the most simple model possible.

More PeTa radiation will lower the Temperature on Earth. PeTa radiation is released when water changes from water vapor to liquid. 

Trees evapoTranspirate a lot of water. More trees will lead to more energy that will be evaporated and will lead to less infrared radiation emitted by Earth.
Marcel v1 Vereenvoudiging Simple Climate (PeTa, KNMI, J/j)
Marcel de Berg
Simulating both the blanket (Greenhouse effect) & the cooling effect (PeTa) with the most simple model possible. More PeTa radiation will lower the Temperature on Earth. PeTa radiation is released when water changes from water vapor to liquid.  Trees evapoTranspirate a lot of water. More trees
PeTa
Simulating both the blanket (Greenhouse effect) & the cooling effect (PeTa) with the most simple model possible.

More PeTa radiation will lower the Temperature on Earth. PeTa radiation is released when water changes from water vapor to liquid. 

Trees evapoTranspirate a lot of water. More trees will lead to more energy that will be evaporated and will lead to less infrared radiation emitted by Earth.
Vereenvoudiging Simple Climate (PeTa, KNMI, J/j)
Martien Kok